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Protection/ Automation upgrade for AMPS/RTDS

Protection/ Automation upgrade for AMPS/RTDS. Brian Johnson and Normann Fischer. Facilities: Analog model power system (AMPS). 5 kVA system Scale model power transmission system: V, I, Z Data acquisition systems Multiple power sources Safely mimic network dynamic performance

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Protection/ Automation upgrade for AMPS/RTDS

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  1. Protection/ Automation upgrade for AMPS/RTDS Brian Johnson and Normann Fischer

  2. Facilities: Analog model power system (AMPS) • 5 kVA system • Scale model power transmission system: V, I, Z • Data acquisition systems • Multiple power sources • Safely mimic network dynamic performance • Secure remote access to run cases remotely

  3. Additional capabilities • Fault initiator • Power electronic based implementation of faults • Variable impedance fault • Commercial Relays • With and without communication • DFIG emulator • Phase shifting transformer with tap changer control

  4. Facilities: Real Time Digital Simulator (RTDS) Weston Ricks operating the RTDS • Real time power systems transients simulation • Closed loop simulation with external hardware • Donated by POWER Engineers • Protective relay testing • Power converter interactions with measurement and control equipment • Power amplifiers interface and low level interface

  5. Senior Design project Objectives • Upgrade communication and control automation • Implement and demonstrate modern standards ( for example, IEC 61850) • Potential interface between RTDS and AMPS • Design the communication and control scheme • Specify system components • Order components • Design settings for the components • Assemble, test and debug • Several industry based mentors

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